Lampiran 1 Model Pengelolaan Ruang Terbuka Hijau sebagai Daerah Resapan di Wilayah Jakarta Utara

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Lampiran 1 Model Pengelolaan Ruang Terbuka Hijau sebagai Daerah Resapan di

Wilayah Jakarta Utara

VOL Kbth Kekurangan JAKUT RTH Renc RTH y g Ada Pasokan PAM

Kebut Air Domestik

Potensi Lain Penduduk

Pertbhn Pendd

Kebth air perkapita

Laju Pertumbh Pendd

Pasokan ke Wil lain R13d Kekrgn JakPus Kekrgn JakBar Kekrgn JakTim Kekrgn JakSel JakPus% JakBar% R8d JakTim% JakSel% R9d R10d Table 1 R11d R12d d8d d9d d10d d11d d12d d13d C Crh Hjn Utara K9d K8d K10d K11d K12d K13d f 8d f 9d f 10d f 11d f 13d f 12d Vol PAM PAM Laju PAM Luas DanauSitu Kekrgn_JakBar(t) = Kekrgn_JakBar(t - dt) INIT Kekrgn_JakBar = 0 Kekrgn_JakPus(t) = Kekrgn_JakPus(t - dt) INIT Kekrgn_JakPus = 0 Kekrgn_JakSel(t) = Kekrgn_JakSel(t - dt)

Lampiran 1 (lanjutan)

INIT Kekrgn_JakSel = 0 Kekrgn_JakTim(t) = Kekrgn_JakTim(t - dt)

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Lampiran 1 (lanjutan)

INIT Kekrgn_JakTim = 0

Penduduk(t) = Penduduk(t - dt) + (Pertbhn_Pendd) * dt INIT Penduduk = 1180967

INFLOWS:

Pertbhn_Pendd = Penduduk*Laju_Pertumbh_Pendd

VOL_Kbth_Kekurangan_JAKUT(t) = VOL_Kbth_Kekurangan_JAKUT(t - dt) + (RTH_Renc + RTH_yg_Ada + Pasokan_PAM + Potensi_Lain - Kebut_Air_Domestik - Pasokan_ke_Wil_lain) * dt INIT VOL_Kbth_Kekurangan_JAKUT = 0 INFLOWS: RTH_Renc = (C*Crh_Hjn_Utara*K10d*R10d)+(C*Crh_Hjn_Utara*K11d*R11d)+(C*Crh_Hjn_Utara*K12d*R 12d)+(C*Crh_Hjn_Utara*K13d*R13d)+(C*Crh_Hjn_Utara*K8d*R8d)+(C*Crh_Hjn_Utara*K9d *R9d) RTH_yg_Ada = (C*Crh_Hjn_Utara*d10d*f10d)+(C*Crh_Hjn_Utara*d11d*f11d)+(C*Crh_Hjn_Utara*d12d*f12d )+(C*Crh_Hjn_Utara*d13d*f13d)+(C*Crh_Hjn_Utara*d8d*f8d)+(C*Crh_Hjn_Utara*d9d*f9d) Pasokan_PAM = Vol_PAM Potensi_Lain = Luas_DanauSitu*Crh_Hjn_Utara OUTFLOWS: Kebut_Air_Domestik = Penduduk*Kebth_air_perkapita Pasokan_ke_Wil_lain = (Kekrgn_JakBar*JakBar%)+(Kekrgn_JakPus*JakPus%)+(Kekrgn_JakSel*JakSel%)+(Kekrgn_Ja kTim*JakTim%)+VOL_Kbth_Kekurangan_JAKUT

Vol_PAM(t) = Vol_PAM(t - dt) + (PAM) * dt INIT Vol_PAM = 72969734 INFLOWS: PAM = Laju_PAM*Vol_PAM C = 1 Crh_Hjn_Utara = 1.558 d10d = 2278085.04 d11d = 2359123.64 d12d = 4117661.22 d13d = 8848514.51 d8d = 4477832.77 d9d = 5607871.00 f10d = 1 f11d = 1 f12d = 1 f13d = 1 f8d = 1 f9d = 1 JakBar% = 0 JakPus% = 0 JakSel% = 0 JakTim% = 0 K10d = 0 K11d = 0 K12d = 0 K13d = 0 K8d = 0

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Lampiran 1 (lanjutan)

K9d = 0 Kebth_air_perkapita = 54.75 Laju_PAM = -0.0031 Laju_Pertumbh_Pendd = 0.001 Luas_DanauSitu = 2040371.82 R10d = 10997421.20 R11d = 14271947.07 R12d = 27398537.19 R13d = 54862229.09 R8d = 11857036.09 R9d = 20168429.36

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Lampiran 2 Model Pengelolaan Ruang Terbuka Hijau sebagai Daerah Resapan di

Wilayah Jakarta Pusat

VOL Kbth Kekurangan JAKPUS RTH Renc RTH y g Ada Pasokan PAM

Kebut Air Domestik

Pertbhn Pendd

Kebth air perkapita

Laju Pertumbh Pendd

Pasokan ke Wil lain R13d Kekrgn JakSel Kekrgn JakBar Kekrgn JakTim Kekrgn JakUt R6c R7d R7c R8d R8c R9d R9c JakSel% JakTim% R10d JakBar% R10c JakUt% R11d R12d Table 1 d6c d7d d7c d8d d8c d9d d9c d10d d10c d11d d12d d13d C Crh Hjn Pusat K6c K7c K7d K9c K9d K8c K8d K10c K10d K11d K12d K13d f 6c f 7d f 7c f 8c_{f 8d} f 9d f 9c f 10d f 10c f 11d f 13d f 12d Vol PAM PAM Laju PAM Luas DanauSitu Kekrgn_JakBar(t) = Kekrgn_JakBar(t - dt) INIT Kekrgn_JakBar = 0 Kekrgn_JakSel(t) = Kekrgn_JakSel(t - dt) INIT Kekrgn_JakSel = 0 Kekrgn_JakTim(t) = Kekrgn_JakTim(t - dt) INIT Kekrgn_JakTim = 0

Lampiran 2 (lanjutan)

Kekrgn_JakUt(t) = Kekrgn_JakUt(t - dt) INIT Kekrgn_JakUt = 0

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Lampiran 2 (lanjutan)

INFLOWS:

VOL_Kbth_Kekurangan_JAKPUS(t) = VOL_Kbth_Kekurangan_JAKPUS(t - dt) + (RTH_Renc + RTH_yg_Ada + Pasokan_PAM + Potensi_Lain - Kebut_Air_Domestik - Pasokan_ke_Wil_lain) * dt INIT VOL_Kbth_Kekurangan_JAKPUS = 0 INFLOWS: RTH_Renc = (C*Crh_Hjn_Pusat*K10c*R10c)+(C*Crh_Hjn_Pusat*K10d*R10d)+(C*Crh_Hjn_Pusat*K11d*R 11d)+(C*Crh_Hjn_Pusat*K12d*R12d)+(C*Crh_Hjn_Pusat*K13d*R13d)+(C*Crh_Hjn_Pusat*K 6c*R6c)+(C*Crh_Hjn_Pusat*K7c*R7c)+(C*Crh_Hjn_Pusat*K7d*R7d)+(C*Crh_Hjn_Pusat*K8c *R8c)+(C*Crh_Hjn_Pusat*K8d*R8d)+(C*Crh_Hjn_Pusat*K9c*R9c)+(C*Crh_Hjn_Pusat*K9d* R9d) RTH_yg_Ada = (C*Crh_Hjn_Pusat*d10c*f10c)+(C*Crh_Hjn_Pusat*d10d*f10d)+(C*Crh_Hjn_Pusat*d11d*f11d) +(C*Crh_Hjn_Pusat*d12d*f12d)+(C*Crh_Hjn_Pusat*d13d*f13d)+(C*Crh_Hjn_Pusat*d6c*f6c)+ (C*Crh_Hjn_Pusat*d7c*f7c)+(C*Crh_Hjn_Pusat*d7d*f7d)+(C*Crh_Hjn_Pusat*d8c*f8c)+(C*Cr h_Hjn_Pusat*d8d*f8d)+(C*Crh_Hjn_Pusat*d9c*f9c)+(C*Crh_Hjn_Pusat*d9d*f9d) Pasokan_PAM = Vol_PAM Potensi_Lain = Crh_Hjn_Pusat*Luas_DanauSitu OUTFLOWS: Kebut_Air_Domestik = Penduduk*Kebth_air_perkapita Pasokan_ke_Wil_lain = (Kekrgn_JakBar*JakBar%)+(Kekrgn_JakSel*JakSel%)+(Kekrgn_JakTim*JakTim%)+(Kekrgn_Ja kUt*JakUt%)+VOL_Kbth_Kekurangan_JAKPUS

Vol_PAM(t) = Vol_PAM(t - dt) + (PAM) * dt INIT Vol_PAM = 30588614 INFLOWS: PAM = Laju_PAM*Vol_PAM C = 1 Crh_Hjn_Pusat = 1.6849 d10c = 45892.05 d10d = 188067.40 d11d = 796361.96 d12d = 683881.46 d13d = 239358.51 d6c = 990728.27 d7c = 383333.55 d7d = 197065.84 d8c = 943036.54 d8d = 416627.78 d9c = 271752.9 d9d = 157472.70 f10c = 1 f10d = 1 f11d = 1 f12d = 1 f13d = 1 f6c = 1 f7c = 1

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Lampiran 2 (lanjutan)

f7d = 1 f8c = 1 f8d = 1 f9c = 1 f9d = 1 JakBar% = 0 JakSel% = 0 JakTim% = 0 JakUt% = 0 K10c = 0 K10d = 0 K11d = 0 K12d = 0 K13d = 0 K6c = 0 K7c = 0 K7d = 0 K8c = 0 K8d = 0 K9c = 0 K9d = 0 Kebth_air_perkapita = 54.75 Laju_PAM = -0.0375 Laju_Pertumbh_Pendd = 0.0017 Luas_DanauSitu = 87284.87 R10c = 678269.76 R10d = 5212398.54 R11d = 5589864.42 R12d = 7371105.33 R13d = 3927352.57 R6c = 2851949.97 R7c = 1453701.09 R7d = 1928883.90 R8c = 5973251.01 R8d = 4198942.17 R9c = 2908243.22 R9d = 6106038.03

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Lampiran 3 Model Pengelolaan Ruang Terbuka Hijau sebagai Daerah Resapan di

Wilayah Jakarta Barat

VOL Kbth Kekurangan JAKBAR RTH Renc RTH y g Ada Pasokan PAM

Kebut Air Domestik

Pertbhn Pendd

Kebth air perkapita

Laju Pertumbh Pendd

Pasokan ke Wil lain R13d Kekrgn JakPus Kekrgn JakUt Kekrgn JakTim R6d R6c Kekrgn JakSel R7d R7c R8d R8c R9d R9c JakPus% R10d R11c R10c JakUt% JakTim% JakSel% R11d R12c R13c R12d Table 1 d6d d6c d7d d7c d8d d8c d9d d9c d10d d11c d10c d11d d12d d12c d13c d13d C Crh Hjn Barat K6d K6c K7c K7d K13c K9d K9c K8c K8d K10c K10d K11c K11d K12c K12d K13d f 6d f 6c f 7d f 7c f 8c_{f 8d} f 9d f 9c f 10d f 11c f 10c f 11d f 13d f 12c f 12d f 13c Vol PAM PAM Laju PAM Luas DanauSitu Kekrgn_JakPus(t) = Kekrgn_JakPus(t - dt) INIT Kekrgn_JakPus = 0 Kekrgn_JakSel(t) = Kekrgn_JakSel(t - dt) INIT Kekrgn_JakSel = 0 Kekrgn_JakTim(t) = Kekrgn_JakTim(t - dt) INIT Kekrgn_JakTim = 0 Kekrgn_JakUt(t) = Kekrgn_JakUt(t - dt) INIT Kekrgn_JakUt = 0

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Lampiran 3 (lanjutan)

INIT Penduduk = 1565947

INFLOWS:

VOL_Kbth__Kekurangan__JAKBAR(t) = VOL_Kbth__Kekurangan__JAKBAR(t - dt) + (RTH_Renc + RTH_yg_Ada + Pasokan_PAM + Potensi_Lain - Kebut_Air_Domestik - Pasokan_ke_Wil_lain) * dt INIT VOL_Kbth__Kekurangan__JAKBAR = 0 INFLOWS: RTH_Renc = (C*Crh_Hjn_Barat*K10c*R10c)+(C*Crh_Hjn_Barat*K10d*R10d)+(C*Crh_Hjn_Barat*K11c*R 11c)+(C*Crh_Hjn_Barat*K11d*R11d)+(C*Crh_Hjn_Barat*K12c*R12c)+(C*Crh_Hjn_Barat*K1 2d*R12d)+(C*Crh_Hjn_Barat*K13c*R13c)+(C*Crh_Hjn_Barat*K13d*R13d)+(C*Crh_Hjn_Bar at*K6c*R6c)+(C*Crh_Hjn_Barat*K6d*R6d)+(C*Crh_Hjn_Barat*K7c*R7c)+(C*Crh_Hjn_Barat *K7d*R7d)+(C*Crh_Hjn_Barat*K8c*R8c)+(C*Crh_Hjn_Barat*K8d*R8d)+(C*Crh_Hjn_Barat* K9c*R9c)+(C*Crh_Hjn_Barat*K9d*R9d) RTH_yg_Ada = (C*Crh_Hjn_Barat*d10c*f10c)+(C*Crh_Hjn_Barat*d10d*f10d)+(C*Crh_Hjn_Barat*d11c*f11c) +(C*Crh_Hjn_Barat*d11d*f11d)+(C*Crh_Hjn_Barat*d12c*f12c)+(C*Crh_Hjn_Barat*d12d*f12 d)+(C*Crh_Hjn_Barat*d13c*f13c)+(C*Crh_Hjn_Barat*d13d*f13d)+(C*Crh_Hjn_Barat*d6c*f6c )+(C*Crh_Hjn_Barat*d6d*f6d)+(C*Crh_Hjn_Barat*d7c*f7c)+(C*Crh_Hjn_Barat*d7d*f7d)+(C* Crh_Hjn_Barat*d8c*f8c)+(C*Crh_Hjn_Barat*d8d*f8d)+(C*Crh_Hjn_Barat*d9c*f9c)+(C*Crh_ Hjn_Barat*d9d*f9d) Pasokan_PAM = Vol_PAM Potensi_Lain = Crh_Hjn_Barat*Luas_DanauSitu OUTFLOWS: Kebut_Air_Domestik = Penduduk*Kebth_air_perkapita Pasokan_ke_Wil_lain = (Kekrgn_JakPus*JakPus%)+(Kekrgn_JakSel*JakSel%)+(Kekrgn_JakTim*JakTim%)+(Kekrgn_Ja kUt*JakUt%)+VOL_Kbth__Kekurangan__JAKBAR

Vol_PAM(t) = Vol_PAM(t - dt) + (PAM) * dt INIT Vol_PAM = 31449849 INFLOWS: PAM = Laju_PAM*Vol_PAM C = 1 Crh_Hjn_Barat = 1.48551 d10c = 488771.22 d10d = 1771458.12 d11c = 363652.99 d11d = 1392502.90 d12c = 802016.86 d12d = 1397003.56 d13c = 854224.47 d13d = 5299972.27 d6c = 514875.02 d6d = 1423107.36 d7c = 1690446.32 d7d = 2879519.58 d8c = 536478.17 d8d = 856924.86 d9c = 513074.76 d9d = 1550025.86 f10c = 1 f10d = 1

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Lampiran 3 (lanjutan)

f11c = 1 f11d = 1 f12c = 1 f12d = 1 f13c = 1 f13d = 1 f6c = 1 f6d = 1 f7c = 1 f7d = 1 f8c = 1 f8d = 1 f9c = 1 f9d = 1 JakPus% = 0 JakSel% = 0 JakTim% = 0 JakUt% = 0 K10c = 0.1451 K10d = 0 K11c = 0.1514 K11d = 0 K12c = 0.0494 K12d = 0 K13c = 0.0128 K13d = 0 K6c = 0.0252 K6d = 0 K7c = 0.0395 K7d = 0 K8c = 0.0726 K8d = 0 K9c = 0.0628 K9d = 0 Kebth_air_perkapita = 54.75 Laju_PAM = 0.0475 Laju_Pertumbh_Pendd = 0.0002 Luas_DanauSitu = 169224.66 R10c = 2488294.13 R10d = 14207649.66 R11c = 1962323.54 R11d = 14188202.28 R12c = 3683601.27 R12d = 18525676.10 R13c = 7610786.94 R13d = 27416500.95 R6c = 1105886.09 R6d = 4476475.71 R7c = 4715146.93 R7d = 11114915.96 R8c = 1474849.57 R8d = 4747769.95 R9c = 1520328.17 R9d = 8951592.74

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Lampiran 4 Model Pengelolaan Ruang Terbuka Hijau sebagai Daerah Resapan di

Wilayah Jakarta Selatan

VOL Kbth Kekurangan JAKSEL RTH Renc RTH y g Ada Pasokan PAM

Kebut Air Domestik

Pertbhn Pendd

Kebth air perkapita

Laju Pertumbh Pendd R1a R2a R3a R4a R5a R6a R6b R6c R7a R7b R7d R7c R8a R8b R8c R8d R9d R9c R9b R9a R10d R11c R10c R10b R10a R11b R11a R12c R12b R12a R13c R13b R13a d1a d2a d3a d4a d5a d6a d6b d6c d7a d7b d7d d7c d8a d8b d8c d8d d9d d9c d9b d9a d10d d11c d10c d10b d10a d11b d11a d12c d12b d12ad13c d13b d13a C Crh Hjn Selatan Kekrgn JakUt Kekrgn JakTim

Pasokan ke Wil lain

Kekrgn JakPus Kekrgn JakBar K1a K2a K3a K4a K5a K6a K6b K6c K7a K7b K7c K10b K10a K9d K9c K9b K9a K8d K8c K8b K8a K7d K10c K10d K11a K11b K11c K12a K12b K12c K13a K13b K13c f 1a f 2a f 3a f 4a f 5a f 6a f 6b f 6c f 7a f 7b f 7d f 7c f 8a f 8b f 8c f 8d f 9d f 9c f 9b f 9a f 10d f 11c f 10c f 10b f 10a f 11b f 11a f 12c f 12b f 12a f 13c f 13b f 13a Vol PAM PAM Laju PAM Luas DanauSitu JakPus% JakBar% JakTim% JakUt% Table 1 Kekrgn_JakBar(t) = Kekrgn_JakBar(t - dt) INIT Kekrgn_JakBar = 0 Kekrgn_JakPus(t) = Kekrgn_JakPus(t - dt) INIT Kekrgn_JakPus = 0 Kekrgn_JakTim(t) = Kekrgn_JakTim(t - dt) INIT Kekrgn_JakTim = 0 Kekrgn_JakUt(t) = Kekrgn_JakUt(t - dt) INIT Kekrgn_JakUt = 0

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Lampiran 4 (lanjutan)

INFLOWS:

VOL_Kbth_Kekurangan_JAKSEL(t) = VOL_Kbth_Kekurangan_JAKSEL(t - dt) + (RTH_Renc + RTH_yg_Ada + Pasokan_PAM + Potensi_Lain - Kebut_Air_Domestik - Pasokan_ke_Wil_lain) * dt INIT VOL_Kbth_Kekurangan_JAKSEL = 0 INFLOWS: RTH_Renc = (Crh_Hjn_Selatan*C*K10a*R10a)+(Crh_Hjn_Selatan*C*K10b*R10b)+(Crh_Hjn_Selatan*C*K1 0c*R10c)+(Crh_Hjn_Selatan*C*K10d*R10d)+(Crh_Hjn_Selatan*C*K11a*R11a)+(Crh_Hjn_Sel atan*C*K11b*R11b)+(Crh_Hjn_Selatan*C*K11c*R11c)+(Crh_Hjn_Selatan*C*K12a*R12a)+(C rh_Hjn_Selatan*C*K12b*R12b)+(Crh_Hjn_Selatan*C*K12c*R12c)+(Crh_Hjn_Selatan*C*K13a *R13a)+(Crh_Hjn_Selatan*C*K13b*R13b)+(Crh_Hjn_Selatan*C*K13c*R13c)+(Crh_Hjn_Selata n*C*K1a*R1a)+(Crh_Hjn_Selatan*C*K2a*R2a)+(Crh_Hjn_Selatan*C*K3a*R3a)+(Crh_Hjn_Se latan*C*K4a*R4a)+(Crh_Hjn_Selatan*C*K5a*R5a)+(Crh_Hjn_Selatan*C*K6a*R6a)+(Crh_Hjn _Selatan*C*K6b*R6b)+(Crh_Hjn_Selatan*C*K6c*R6c)+(Crh_Hjn_Selatan*C*K7a*R7a)+(Crh_ Hjn_Selatan*C*K7b*R7b)+(Crh_Hjn_Selatan*C*K7c*R7c)+(Crh_Hjn_Selatan*C*K7d*R7d)+( Crh_Hjn_Selatan*C*K8a*R8a)+(Crh_Hjn_Selatan*C*K8b*R8b)+(Crh_Hjn_Selatan*C*K8c*R8 c)+(Crh_Hjn_Selatan*C*K8d*R8d)+(Crh_Hjn_Selatan*C*K9a*R9a)+(Crh_Hjn_Selatan*C*K9b *R9b)+(Crh_Hjn_Selatan*C*K9c*R9c)+(Crh_Hjn_Selatan*C*K9d*R9d) RTH_yg_Ada = (Crh_Hjn_Selatan*C*d10a*f10a)+(Crh_Hjn_Selatan*C*d10b*f10b)+(Crh_Hjn_Selatan*C*d10c* f10c)+(Crh_Hjn_Selatan*C*d10d*f10d)+(Crh_Hjn_Selatan*C*d11a*f11a)+(Crh_Hjn_Selatan*C *d11b*f11b)+(Crh_Hjn_Selatan*C*d11c*f11c)+(Crh_Hjn_Selatan*C*d12a*f12a)+(Crh_Hjn_Sel atan*C*d12b*f12b)+(Crh_Hjn_Selatan*C*d12c*f12c)+(Crh_Hjn_Selatan*C*d13a*f13a)+(Crh_ Hjn_Selatan*C*d13b*f13b)+(Crh_Hjn_Selatan*C*d13c*f13c)+(Crh_Hjn_Selatan*C*d1a*f1a)+( Crh_Hjn_Selatan*C*d2a*f2a)+(Crh_Hjn_Selatan*C*d3a*f3a)+(Crh_Hjn_Selatan*C*d4a*f4a)+( Crh_Hjn_Selatan*C*d5a*f5a)+(Crh_Hjn_Selatan*C*d6a*f6a)+(Crh_Hjn_Selatan*C*d6b*f6b)+( Crh_Hjn_Selatan*C*d6c*f6c)+(Crh_Hjn_Selatan*C*d7a*f7a)+(Crh_Hjn_Selatan*C*d7b*f7b)+( Crh_Hjn_Selatan*C*d7c*f7c)+(Crh_Hjn_Selatan*C*d7d*f7d)+(Crh_Hjn_Selatan*C*d8a*f8a)+( Crh_Hjn_Selatan*C*d8b*f8b)+(Crh_Hjn_Selatan*C*d8c*f8c)+(Crh_Hjn_Selatan*C*d8d*f8d)+( Crh_Hjn_Selatan*C*d9a*f9a)+(Crh_Hjn_Selatan*C*d9b*f9b)+(Crh_Hjn_Selatan*C*d9c*f9c)+( Crh_Hjn_Selatan*C*d9d*f9d) Pasokan_PAM = Vol_PAM Potensi_Lain = Crh_Hjn_Selatan*Luas_DanauSitu OUTFLOWS: Kebut_Air_Domestik = Penduduk*Kebth_air_perkapita Pasokan_ke_Wil_lain = (Kekrgn_JakBar*JakBar%)+(Kekrgn_JakPus*JakPus%)+(Kekrgn_JakTim*JakTim%)+(Kekrgn_J akUt*JakUt%)+VOL_Kbth_Kekurangan_JAKSEL

Vol_PAM(t) = Vol_PAM(t - dt) + (PAM) * dt INIT Vol_PAM = 9195447 INFLOWS: PAM = Laju_PAM*Vol_PAM C = 1 Crh_Hjn_Selatan = 2.2641 d10a = 5068300.20 d10b = 648951.24 d10c = 425733.62 d10d = 7200.57

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Lampiran 4 (lanjutan)

d11a = 3569681.87 d11b = 1476116.56 d11c = 883869.79 d12a = 1767739.58 d12b = 450935.61 d12c = 1336605.54 d13a = 1550822.45 d13b = 41403.27 d13c = 568844.92 d1a = 1211495.66 d2a = 898270.93 d3a = 977477.18 d4a = 1424812.50 d5a = 917172.42 d6a = 3951312.00 d6b = 1628228.57 d6c = 606647.90 d7a = 3596684.00 d7b = 1695733.90 d7c = 2079164.17 d7d = 27002.13 d8a = 4329341.85 d8b = 269121.25 d8c = 372629.42 d8d = 221417.48 d9a = 3423870.35 d9b = 494139.02 d9c = 405932.05 d9d = 41403.27 f10a = 1 f10b = 1 f10c = 1 f10d = 1 f11a = 1 f11b = 1 f11c = 1 f12a = 1 f12b = 1 f12c = 1 f13a = 1 f13b = 1 f13c = 1 f1a = 1 f2a = 1 f3a = 1 f4a = 1 f5a = 1 f6a = 1 f6b = 1 f6c = 1 f7a = 1 f7b = 1 f7c = 1 f7d = 1 f8a = 1 f8b = 1

(16)

Lampiran 4 (lanjutan)

f8c = 1 f8d = 1 f9a = 1 f9b = 1 f9c = 1 f9d = 1 JakBar% = 0 JakPus% = 0 JakTim% = 0 JakUt% = 0 K10a = 0 K10b = 0 K10c = 0 K10d = 0 K11a = 0 K11b = 0 K11c = 0 K12a = 0 K12b = 0 K12c = 0 K13a = 0 K13b = 0 K13c = 0 K1a = 0 K2a = 0 K3a = 0 K4a = 0 K5a = 0 K6a = 0 K6b = 0 K6c = 0 K7a = 0 K7b = 0 K7c = 0 K7d = 0 K8a = 0 K8b = 0 K8c = 0 K8d = 0 K9a = 0 K9b = 0 K9c = 0 K9d = 0 Kebth_air_perkapita = 54.75 Laju_PAM = 0.0777 Laju_Pertumbh_Pendd = 0.006 Luas_DanauSitu = 268221.18 R10a = 12698025.81 R10b = 3809341.89 R10c = 2173159.26 R10d = 79699.24 R11a = 9082648.33 R11b = 7585687.67 R11c = 4358680.97 R12a = 5885755.05 R12b = 3293212.77

(17)

Lampiran 4 (lanjutan)

R12c = 7723197.00 R13a = 4670379.41 R13b = 117911.63 R13c = 3239504.12 R1a = 2519580.75 R2a = 1652174.23 R3a = 1767950.75 R4a = 2839057.95 R5a = 1690024.00 R6a = 8094158.44 R6b = 7265621.95 R6c = 1789176.12 R7a = 9814554.82 R7b = 9275415.50 R7c = 7306001.11 R7d = 190125.90 R8a = 7473155.69 R8b = 4259372.71 R8c = 1848404.20 R8d = 1316477.82 R9a = 6382381.05 R9b = 3277789.50 R9c = 1896088.61 R9d = 355285.77

(18)

(19)

Lampiran 5 Model Pengelolaan Ruang Terbuka Hijau sebagai Daerah Resapan di

Wilayah Jakarta Timur

VOL Kbth Kekurangan JAKTIM RTH Renc RTH y g Ada Pasokan PAM

Kebut Air Domestik

Pertbhn Pendd

Kebth air perkapita

Laju Pertumbh Pendd R1a R2a R3a R4a R5a R6a R6b R6c R7a R7b Kekrgn JakBar R7c R8a R8b Kekrgn JakSel R8c R9d R9c R9b R9a R10d R11c R10c R10b R10a R11b R11a R11d R12b R12a R12c R13a R12d Kekrgn JakUt d1a d2a d3a d4a d5a d6a d6b d6c d7a d7b

Pasokan ke Wil lain

d7c d8a d8b d8c d9d d9c d9b d9a d10d d11c d10c d10b d10a d11b d11a d11d d12b d12ad12c d12d d13a Kekrgn JakPus JakUt% C Crh Hjn Timur JakPus% JakSel% JakBar% K1a K2a K3a K4a K5a K6a K6b K6c K7a K7b K7c K10b K10a K9d K9c K9b K9a K8c K8b K8a _K10c K10d K11a K11b K11c K11d K12b K12c K12a K12d K13a Table 1 f 1a f 2a f 3a f 4a f 5a f 6a f 6b f 6c f 7a f 7b f 7c f 8a f 8b f 8c f 9d f 9c f 9b f 9a f 10d f 11c f 10c f 10b f 10a f 11b f 11a f 11d f 12b f 12a f 12c f 12d f 13a Vol PAM PAM Laju PAM Luas DanauSitu Kekrgn_JakBar(t) = Kekrgn_JakBar(t - dt) INIT Kekrgn_JakBar = 0 Kekrgn_JakPus(t) = Kekrgn_JakPus(t - dt) INIT Kekrgn_JakPus = 0 Kekrgn_JakSel(t) = Kekrgn_JakSel(t - dt)

Lampiran 5 (lanjutan)

INIT Kekrgn_JakSel = 0

(20)

Lampiran 5 (lanjutan)

Kekrgn_JakUt(t) = Kekrgn_JakUt(t - dt) INIT Kekrgn_JakUt = 0

INFLOWS:

VOL_Kbth_Kekurangan_JAKTIM(t) = VOL_Kbth_Kekurangan_JAKTIM(t - dt) + (RTH_Renc + RTH_yg_Ada + Pasokan_PAM + Potensi_Lain - Kebut_Air_Domestik - Pasokan_ke_Wil_lain) * dt INIT VOL_Kbth_Kekurangan_JAKTIM = 0 INFLOWS: RTH_Renc = (Crh_Hjn_Timur*C*K10a*R10a)+(Crh_Hjn_Timur*C*K10b*R10b)+(Crh_Hjn_Timur*C*K10c* R10c)+(Crh_Hjn_Timur*C*K10d*R10d)+(Crh_Hjn_Timur*C*K11a*R11a)+(Crh_Hjn_Timur*C *K11b*R11b)+(Crh_Hjn_Timur*C*K11c*R11c)+(Crh_Hjn_Timur*C*K11d*R11d)+(Crh_Hjn_ Timur*C*K12a*R12a)+(Crh_Hjn_Timur*C*K12b*R12b)+(Crh_Hjn_Timur*C*K12c*R12c)+(Cr h_Hjn_Timur*C*K12d*R12d)+(Crh_Hjn_Timur*C*K13a*R13a)+(Crh_Hjn_Timur*C*K1a*R1a )+(Crh_Hjn_Timur*C*K2a*R2a)+(Crh_Hjn_Timur*C*K3a*R3a)+(Crh_Hjn_Timur*C*K4a*R4a )+(Crh_Hjn_Timur*C*K5a*R5a)+(Crh_Hjn_Timur*C*K6a*R6a)+(Crh_Hjn_Timur*C*K6b*R6b )+(Crh_Hjn_Timur*C*K6c*R6c)+(Crh_Hjn_Timur*C*K7a*R7a)+(Crh_Hjn_Timur*C*K7b*R7b )+(Crh_Hjn_Timur*C*K7c*R7c)+(Crh_Hjn_Timur*C*K8a*R8a)+(Crh_Hjn_Timur*C*K8b*R8b )+(Crh_Hjn_Timur*C*K8c*R8c)+(Crh_Hjn_Timur*C*K9a*R9a)+(Crh_Hjn_Timur*C*K9b*R9b )+(Crh_Hjn_Timur*C*K9c*R9c)+(Crh_Hjn_Timur*C*K9d*R9d) RTH_yg_Ada = (Crh_Hjn_Timur*C*d10a*f10a)+(Crh_Hjn_Timur*C*d10b*f10b)+(Crh_Hjn_Timur*C*d10c*f10 c)+(Crh_Hjn_Timur*C*d10d*f10d)+(Crh_Hjn_Timur*C*d11a*f11a)+(Crh_Hjn_Timur*C*d11b *f11b)+(Crh_Hjn_Timur*C*d11c*f11c)+(Crh_Hjn_Timur*C*d11d*f11d)+(Crh_Hjn_Timur*C*d 12a*f12a)+(Crh_Hjn_Timur*C*d12b*f12b)+(Crh_Hjn_Timur*C*d12c*f12c)+(Crh_Hjn_Timur* C*d12d*f12d)+(Crh_Hjn_Timur*C*d13a*f13a)+(Crh_Hjn_Timur*C*d1a*f1a)+(Crh_Hjn_Timur *C*d2a*f2a)+(Crh_Hjn_Timur*C*d3a*f3a)+(Crh_Hjn_Timur*C*d4a*f4a)+(Crh_Hjn_Timur*C* d5a*f5a)+(Crh_Hjn_Timur*C*d6a*f6a)+(Crh_Hjn_Timur*C*d6b*f6b)+(Crh_Hjn_Timur*C*d6c *f6c)+(Crh_Hjn_Timur*C*d7a*f7a)+(Crh_Hjn_Timur*C*d7b*f7b)+(Crh_Hjn_Timur*C*d7c*f7 c)+(Crh_Hjn_Timur*C*d8a*f8a)+(Crh_Hjn_Timur*C*d8b*f8b)+(Crh_Hjn_Timur*C*d8c*f8c)+( Crh_Hjn_Timur*C*d9a*f9a)+(Crh_Hjn_Timur*C*d9b*f9b)+(Crh_Hjn_Timur*C*d9c*f9c)+(Crh _Hjn_Timur*C*d9d*f9d) Pasokan_PAM = Vol_PAM Potensi_Lain = Crh_Hjn_Timur*Luas_DanauSitu OUTFLOWS: Kebut_Air_Domestik = Penduduk*Kebth_air_perkapita Pasokan_ke_Wil_lain = (Kekrgn_JakBar*JakBar%)+(Kekrgn_JakPus*JakPus%)+(Kekrgn_JakSel*JakSel%)+(Kekrgn_Ja kUt*JakUt%)+VOL_Kbth_Kekurangan_JAKTIM

Vol_PAM(t) = Vol_PAM(t - dt) + (PAM) * dt INIT Vol_PAM = 19351230 INFLOWS: PAM = Laju_PAM*Vol_PAM C = 1 Crh_Hjn_Timur = 2.0706 d10a = 3701823.68 d10b = 1277142.67 d10c = 456315.25

(21)

Lampiran 5 (lanjutan)

d10d = 2342778.27 d11a = 2753191.99 d11b = 1451748.50 d11c = 1778459.42 d11d = 1929664.47 d12a = 13282643.79 d12b = 2389579.84 d12c = 2456182.06 d12d = 2097970.10 d13a = 3570419.29 d1a = 128704.30 d2a = 138604.63 d3a = 191706.41 d4a = 337511.28 d5a = 74702.50 d6a = 188106.28 d6b = 53101.77 d6c = 162005.41 d7a = 4597353.60 d7b = 793826.52 d7c = 1441848.17 d8a = 2970999.26 d8b = 528317.65 d8c = 297909.95 d9a = 2270775.87 d9b = 3254508.74 d9c = 332111.10 d9d = 1325744.29 f10a = 1 f10b = 1 f10c = 1 f10d = 1 f11a = 1 f11b = 1 f11c = 1 f11d = 1 f12a = 1 f12b = 1 f12c = 1 f12d = 1 f13a = 1 f1a = 1 f2a = 1 f3a = 1 f4a = 1 f5a = 1 f6a = 1 f6b = 1 f6c = 1 f7a = 1 f7b = 1 f7c = 1 f8a = 1 f8b = 1 f8c = 1 f9a = 1

(22)

Lampiran 5 (lanjutan)

f9b = 1 f9c = 1 f9d = 1 JakBar% = 0 JakPus% = 0 JakSel% = 0 JakUt% = 0 K10a = 0 K10b = 0 K10c = 0 K10d = 0 K11a = 0 K11b = 0 K11c = 0 K11d = 0 K12a = 0 K12b = 0 K12c = 0 K12d = 0 K13a = 0 K1a = 0 K2a = 0 K3a = 0 K4a = 0 K5a = 0 K6a = 0 K6b = 0 K6c = 0 K7a = 0 K7b = 0 K7c = 0 K8a = 0 K8b = 0 K8c = 0 K9a = 0 K9b = 0 K9c = 0 K9d = 0 Kebth_air_perkapita = 54.75 Laju_PAM = 0.0062 Laju_Pertumbh_Pendd = 0.0075 Luas_DanauSitu = 435614.55 R10a = 8731658.43 R10b = 4085416.23 R10c = 4767300.52 R10d = 6622650.43 R11a = 5021310.11 R11b = 4471336.99 R11c = 9141579.11 R11d = 7963564.62 R12a = 22358273.87 R12b = 8465979.18 R12c = 15928255.39 R12d = 15238328.82 R13a = 5276489.50 R1a = 315475.16

(23)

Lampiran 5 (lanjutan)

R2a = 351345.51 R3a = 582203.43 R4a = 733962.61 R5a = 292481.34 R6a = 569326.89 R6b = 624562.06 R6c = 1679444.25 R7a = 13699220.71 R7b = 5680407.54 R7c = 10038772.49 R8a = 7272358.52 R8b = 2576792.59 R8c = 2468838.20 R9a = 7196188.73 R9b = 9551778.98 R9c = 3742913.30 R9d = 2301784.50

(24)

(25)

(26)